Integrated UAV-Based Biological Pest Control Solution
With over a decade of expertise in drone-based biological pest control, Changguang Boxiang has developed a comprehensive solution that integrates biological agriculture, UAV technology, satellite spectral analysis, remote sensing, and dedicated drone systems. This ecosystem leverages advanced UAV platforms and satellite technologies to collect pest spectrum data, perform scientific analysis, and implement eco-friendly biological control programs.
Through UAVs equipped with precision dispersal systems, biological control agents are released with high efficiency and accuracy, enabling large-scale and environmentally sustainable pest management. The solution has been widely applied in agriculture, forestry, and grassland pest control across provinces such as Jilin, Heilongjiang, Liaoning, Inner Mongolia, Hebei, Gansu, and Xinjiang—covering over one million mu of crops including rice, corn, rapeseed, sorghum, millet, soybeans, fruit orchards, and forests.
Key Advantages
Cluster-scale UAV operations: cost-effective, fast, environmentally friendly; reduce or eliminate chemical pesticide usage while improving crop quality.
Autonomous UAV deployment: safe and efficient, ideal for farmland, forests, and grasslands where manual or ground machinery access is limited.
Application Example: Trichogramma Biological Control
Target pests
Agriculture: rice stem borers, corn borers, sorghum borers, cotton bollworms, soybean pod borers, and pests on sunflower, sugarcane, rapeseed, millet, and fruit trees (apple, pear, peach, jujube, etc.).
Grasslands: control of meadow moths.
Forests: pine caterpillars, larch pests, poplar leaf-eating pests, spruce moths, bamboo pests, and more.
Trichogramma protective containers
Rainproof, waterproof, biodegradable, predator-proof.
Performance advantages
Standard UAV-based Trichogramma release with up to 80% pest control efficiency.
High accuracy (<0.5 m) ensures even distribution, avoids crop damage from manual operations, and significantly enhances effectiveness.
Large-scale UAV release improves field ecology by increasing beneficial predators (ladybugs, lacewings), while reducing or eliminating chemical pesticide usage, improving crop yield and economic benefits.
Research Background and Technical Strength
Since 2007, the team has been dedicated to integrating cutting-edge biological control, UAV technology, and ecological research. Collaborations with the Changchun Institute of Optics, Fine Mechanics and Physics (CAS), Jilin Agricultural University, and the Institute of Zoology (CAS) bring together multidisciplinary expertise.
Products and Services
Specialized UAV systems
Professional release/dispersal devices
Biodegradable biological protection containers
Full-cycle pest control consultation and UAV operation services
Custom equipment development for specific applications